About This Webinar
Until now, researchers have had to choose between thermal and visible imaging: One reveals heat signatures while the other provides structural detail. Recording both and trying to align them manually — or harder still, synchronizing them temporally — can be inconsistent and time-consuming. The result is data that is close but never quite complete. The new FLIR MIX is a game changer, capturing and synchronizing high-speed thermal and visible imagery at up to 1000 fps. Visible and high-performance infrared cameras with FLIR Research Studio software work together to deliver one data set with perfect spatial and temporal alignment — no missed details or second guessing, just a complete picture of fast-moving events.
Who should attend:
Those who work in research and development, engineering, test and measurement, and quality control. Those who work with cameras, imaging, and software. Those who are within the industry of aerospace, automotive, defense, energy, environment, machine vision, semiconductors, and solar.
About the presenter:
Jerry Beeney is a seasoned global business development leader with a proven track record of driving product growth and sales performance in the Teledyne FLIR Science and Automation verticals. With more than 20 years at Teledyne FLIR, he has played a pivotal role in launching new thermal imaging solutions, working closely with technical experts, product managers, and customers to align products with market demands and customer needs. Before assuming his current role, Beeney held a variety of technical and sales positions, including senior scientific segment engineer. In these roles, he managed strategic accounts and delivered training and product demonstrations for clients across diverse R&D and scientific research fields. Beeney's dedication to achieving meaningful results and cultivating lasting client relationships remains a cornerstone of his professional approach.
About the sponsor:
FLIR thermal imaging cameras are ideal for a wide range of R&D and science applications, especially where accuracy, flexibility, reliability, sensitivity, and performance are vitally important. These cameras help developers study, see, and quantify the heat dissipation and thermal characteristics of their development projects. From benchtop uncooled to high-speed, high-resolution cooled thermal cameras, FLIR is the global choice for industrial R&D, academic research, nondestructive testing, materials testing, and aerospace applications.